Crysound Industrial Acoustic
Imager
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Crysound Industrial Acoustic
Imager
Crysound Acoustic Imager is a new type of gas leak detection technology that has many capabilities including:
- Ability to detect leaks of ANY GAS – (including methane, nitrogen, helium, hydrogen, etc…)
- Positive pressure and vacuum leaks
- Detect leaks from up to 400-feet away
- No special training required, very easy to use and intuitive
- Quickly scan large areas and find leaks Intrinsically safe
- Picture, video, and reporting capabilities
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HALD-HELD ACOUSTIC IMAGER
CRY2620
CRY2620 Is the 64-MIC version hand-held Industrial acoustic imager, supporting the ultrasonic frequencies. As an entry-level product of CRYSOUND, it has powerful functions. This device can help quickly detect potential pressurized gas leakage and vacuum leakage in noisy industrial environments. It can identify potential partial discharge fault points in the power generating facilities.
CRY2623
CRY2623 is the 128 MIC version hand-held industrial
acoustic imager that supports the ultrasonic
frequencies. Same as CRY2620, it can help quickly
detect potential pressurized gas leakage and
vacuum leakage in noisy industrial environments,
and quickly identify potential partial discharge fault
points when used in power systems.
As a superior product, it is more alert and responsive
than CRY2620. Also, it has extra functions, including
PRPD mapping function and partial discharge type
analysis function.
CRY2624
CRY2624 is the ATEX version anti-explosion
hand-held industrial acoustic imager, support the
ultrasonic frequencies, with II 3G Ex ic IIC T5 Gc
explosion-proof grade. While sharing with similar
functions with CRY2623, CRY2624 can be applied in
a wider range of situations due to its anti-explosion
function. It can be utilized in chemical plants
containing dangerous flammable gases and hazardous area that have the strictly explosion-proof.
FIXED ACOUSTIC IMAGER
CRY2623M
CRY2623M Fixed Acoustic Imager is deployed in key monitoring areas to achieve unattended, all weather 24/7 fault monitoring and alarm, realizing the intelligent operation and maintenance requirements of power equipment and providing strong guarantee for the safe and stable operation and maintenance of the power system.
CRY2623M The acoustic imaging online monitoring system is a device fault monitoring system based on acoustic imaging technology.
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Resource Links
Resource Links
Advanced Equipment
Accurate detection and acoustic analysis in industrial environments.
Equipment designed to identify, analyze and solve acoustic and leak problems in complex industrial environments
CRY2623 Industrial Acoustic Imager (Superior Version)
CRY2623 is a hand-held industrial acoustics imager that supports ultrasonic frequency band. The instrument uses the microphone array beamforming technology to acquire the sound source distribution data, and collects the video images in real time with the high-definition camera. By integrating the sound source distribution data with the video image, the changing sound source is dynamically presented on the display screen.
CRY2623 is especially for our overseas customers with English/Korean/French user interface. It features both Partial Discharge and Gas Leakage detection function,and can show partial discharge type, estimation of gas leakage and loss value.
CRY2623 Industrial Acoustic Imager helps you quickly detect possible air, gas and vacuum leakage faults in noisy industrial environments. An electrical device with a partial discharge fault is found in the power system. The industrial acoustics imager is made of aluminum alloy shell, which is strong and durable and can adapt to the complex and changeable working environment.
Play Video
PD Detection & PD Type Identification
Partial discharges can be detected before more serious faults occur, even before a thermal camera detects them.
Gas Leakage Detection
When a leak or vacuum leak occurs in any pressurized gas, turbulence is created by the gas flow, and the turbulence emits acoustic energy, which covers the audible domain and the ultrasonic frequency band.In the general environment, noisy ambient noise can very easily mask the acoustic signal in the audible domain. So through the CRY2623 imager to detect the possible ultrasonic frequency band sound source in the environment, you can quickly locate the location of the gas leakage.
Airtightness Test
Most of the existing equipment airtightness testing programs are based on pressure-holding, water immersion and soap water, they are extremely inefficient. Acoustic imaging gas tightness test method, using the ultrasonic microphone and acoustic imager combination, the ultrasonic microphone is placed in the object to be tested.
If there is a leak, its internal ultrasonic source emitted through the leak hole to the outside and thus accurately captured by the acoustic imager. This method is very efficient and does not cause damage to the object to be measured
Abnormal Noise Locating
CRY2623 acoustic imager can help you quickly locate defects such as: valve rattling, abnormal structural vibration and other noise type of fault, to help you better monitor the status of equipment and control product quality.
Features
- The equipment is simple and convenient to operate, and can be used quickly. It only needs to adjust two parameters, the test frequency range and test dynamic range to meet the vast majority of test requirements.
- Support camera mode, video mode,and the data recording on the job site is flexible.
- Large capacity TF data memory card can be expanded also test results can be exported and reported quickly.
- Support leak assessment function to evaluate the leak level and leak volume.
- It features PC-based Report Generation Software, just one click to export test reports.
- Support ultrasonic monitoring.
- High efficiency, instant imaging, rapid positioning of fault points in the screen.
Technical specification
|
Acoustic Specification |
CRY2620 |
CRY2623 |
CRY2624 |
|---|---|---|---|
|
Microphone Array |
64 channels MEMS microphone |
128 channels MEMS microphones |
|
|
Effective Test Bandwidth |
2kHz~40kHz |
2kHz~48kHz |
|
|
Dynamic Range |
0.5dB~12dB user adjustable |
||
|
Test Sound Pressure Level Range |
28~120dBA |
25.7~132.5dBA |
|
|
Threshold Values |
-40dB~100dB |
||
|
Number of Digits |
24 Bit |
||
|
Sound image FOV
|
62º
|
||
|
Sound Image Frame Rate |
At Least 25 FPS
|
||
|
Leak Detection Rate |
10m 5bar 2.4ml/s 0.5m 5bar 1.2ml/s |
10m 5bar 0.92ml/s 0.5m 5bar 0.55ml/s
0.5m 0.14bar 1.6ml/ |
|
|
Detect Distances
|
0.5m~70m
|
0.3m~120m
|
|
|
General Specification |
|||
|---|---|---|---|
|
Ingress protection (IP)
|
IP54
|
||
|
Size
|
272mm x 174mm x 42mm
|
||
|
Weight
|
1.7kg
|
||
|
Warranty
|
2 years
|
||
|
Self-Diagnostic Notification
|
Array-health test function to identify when microphone array needs attention
|
||
|
System
|
Linux system
|
||
|
Certificate
|
CE, FCC, RoHS-Compliant |
CE, FCC, RoHS-Compliant, MSDS |
ATEX, CE, FCC, RoHS-Compliant, MSDS |
|
Power |
|||
|---|---|---|---|
|
Battery capacity
|
1 x 6600mAH@7.2V Rechargeable battery (Support external battery)
|
||
|
Battery Life
|
4.5 hours operation time
|
4+6 hours operation time
|
|
|
Charger
|
USB Type-C port, USB PD protocal supported, 15W
|
||
|
Power Consumption
|
15W for battery charge, 29W for maximum power comsumption
|
||
|
Energy Management
|
Sleep / Auto power off modes
|
||
|
System
|
Linux system
|
||
|
Certificate
|
CE, FCC, RoHS-Compliant |
CE, FCC, RoHS-Compliant, MSDS |
ATEX, CE, FCC, RoHS-Compliant, MSDS |
|
Display |
|||
|---|---|---|---|
|
Resolution
|
1024*600(614,400 pixels)
|
||
|
Size
|
7 inch
|
||
|
Touch Screen
|
Capacitive touch screen
|
||
|
Brightness
|
Adjustable
|
||
|
Photo Notes
|
Up to 5 photos notes for reference
|
||
|
Source
|
Show single or multiple sources
|
||
|
Standard Palettes
|
Grayscale, Ironbow, Blue-red
|
||
|
Playback Function |
View Photos & Videos anytime Add Notes Or Tags
|
||
|
Storage |
|||
|---|---|---|---|
|
Internal Storage
|
8G
|
||
|
External Storage
|
TF memory card, 64G,
expandable to 256G
|
||
|
Data Storage Format
|
JPG(Picture) MP4(Video) WAV(Audio)
|
||
|
Video Length
|
5 minutes
|
||
|
Digital Export
|
TF Card
|
||
|
Camera |
|||
|---|---|---|---|
|
Camera FOV
|
62°
|
||
|
Camera Focal Length
|
3.04mm fixed focal length
|
||
|
Camera Pixel
|
8 million pixel
|
||
|
Interface |
|||
|---|---|---|---|
|
|
USB 3.0 Type-C USB host port
|
||
|
|
3.5mm headphone socket
|
||
|
Operating Environment |
|||
|---|---|---|---|
|
Operating Environment
|
-20℃ ~ 50℃
|
||
|
Storage Temperature
|
-20℃ ~ 60℃
|
||
|
Charging Temperature
|
10℃ ~ 45℃
|
||
|
Supported Language |
|||
|---|---|---|---|
|
|
English, French, Chinese, German, Italian, Japanese, Korean,
Norwegian, Polish, Portuguese, Russian, Spanish, Swedish, etc.
|
||
CRY2624 Industrial Acoustic Imager (ATEX Version)
CRY2624 Industrial Acoustic Imager is suitable for use in explosion-proof scenarios in chemical and energy industry. The device adopts the aluminum alloy shell, which is sturdy and durable, and can adapt to the complex and changeable working environment.
Real-time sound image display, helping the detection of pressurized or vacuum leaks significantly faster compared to other previous methods.
Play Video
High-Performance Microphones for Efficient Detection With ATEX Certification
128 digital MEMS microphones can provide exceptionally high sensitivity, sound resolution and detection accuracy, real-time audio-visual display, anti-jamming, help detection.
Leakage Assessment
By activating the leak measurement function, the camera continuously displays the amount of leaks and losses as well as the level of loss.
PD Detection & PD Type Identification
Partial discharges can be detected before more serious faults would occur, even before a thermal camera would detect them.
Analytics and Reports
Template-based processing and recording of data, waveforms,spectra,spectrograms is supported by CRYSOUND report analysis tool software, generating ISO 50001 compliant, editable protocols in Excel format.
Technical specification
|
Acoustic Specification |
CRY2620 |
CRY2623 |
CRY2624 |
|---|---|---|---|
|
Microphone Array |
64 channels MEMS microphone |
128 channels MEMS microphones |
|
|
Effective Test Bandwidth |
2kHz~40kHz |
2kHz~48kHz |
|
|
Dynamic Range |
0.5dB~12dB user adjustable |
||
|
Test Sound Pressure Level Range |
28~120dBA |
25.7~132.5dBA |
|
|
Threshold Values |
-40dB~100dB |
||
|
Number of Digits |
24 Bit |
||
|
Sound image FOV
|
62º
|
||
|
Sound Image Frame Rate |
At Least 25 FPS
|
||
|
Leak Detection Rate |
10m 5bar 2.4ml/s 0.5m 5bar 1.2ml/s |
10m 5bar 0.92ml/s 0.5m 5bar 0.55ml/s
0.5m 0.14bar 1.6ml/ |
|
|
Detect Distances
|
0.5m~70m
|
0.3m~120m
|
|
|
General Specification |
|||
|---|---|---|---|
|
Ingress protection (IP)
|
IP54
|
||
|
Size
|
272mm x 174mm x 42mm
|
||
|
Weight
|
1.7kg
|
||
|
Warranty
|
2 years
|
||
|
Self-Diagnostic Notification
|
Array-health test function to identify when microphone array needs attention
|
||
|
System
|
Linux system
|
||
|
Certificate
|
CE, FCC, RoHS-Compliant |
CE, FCC, RoHS-Compliant, MSDS |
ATEX, CE, FCC, RoHS-Compliant, MSDS |
|
Power |
|||
|---|---|---|---|
|
Battery capacity
|
1 x 6600mAH@7.2V Rechargeable battery (Support external battery)
|
||
|
Battery Life
|
4.5 hours operation time
|
4+6 hours operation time
|
|
|
Charger
|
USB Type-C port, USB PD protocal supported, 15W
|
||
|
Power Consumption
|
15W for battery charge, 29W for maximum power comsumption
|
||
|
Energy Management
|
Sleep / Auto power off modes
|
||
|
System
|
Linux system
|
||
|
Certificate
|
CE, FCC, RoHS-Compliant |
CE, FCC, RoHS-Compliant, MSDS |
ATEX, CE, FCC, RoHS-Compliant, MSDS |
|
Display |
|||
|---|---|---|---|
|
Resolution
|
1024*600(614,400 pixels)
|
||
|
Size
|
7 inch
|
||
|
Touch Screen
|
Capacitive touch screen
|
||
|
Brightness
|
Adjustable
|
||
|
Photo Notes
|
Up to 5 photos notes for reference
|
||
|
Source
|
Show single or multiple sources
|
||
|
Standard Palettes
|
Grayscale, Ironbow, Blue-red
|
||
|
Playback Function |
View Photos & Videos anytime Add Notes Or Tags
|
||
|
Storage |
|||
|---|---|---|---|
|
Internal Storage
|
8G
|
||
|
External Storage
|
TF memory card, 64G,
expandable to 256G
|
||
|
Data Storage Format
|
JPG(Picture) MP4(Video) WAV(Audio)
|
||
|
Video Length
|
5 minutes
|
||
|
Digital Export
|
TF Card
|
||
|
Camera |
|||
|---|---|---|---|
|
Camera FOV
|
62°
|
||
|
Camera Focal Length
|
3.04mm fixed focal length
|
||
|
Camera Pixel
|
8 million pixel
|
||
|
Interface |
|||
|---|---|---|---|
|
|
USB 3.0 Type-C USB host port
|
||
|
|
3.5mm headphone socket
|
||
|
Operating Environment |
|||
|---|---|---|---|
|
Operating Environment
|
-20℃ ~ 50℃
|
||
|
Storage Temperature
|
-20℃ ~ 60℃
|
||
|
Charging Temperature
|
10℃ ~ 45℃
|
||
|
Supported Language |
|||
|---|---|---|---|
|
|
English, French, Chinese, German, Italian, Japanese, Korean,
Norwegian, Polish, Portuguese, Russian, Spanish, Swedish, etc.
|
||
CRY2623M Fixed Acoustic Imager
The Fixed Acoustic Imager uses microphone array beamforming technology to obtain sound source distribution data, and cooperates with high-definition cameras to capture video images in real time. It can help users realize remote monitoring system based on local network (LAN, etc.), wide area network (WAN, ADSL, 4G and private network, etc.), and help users realize industrial digital transformation, and support remote real-time monitoring of video images.
As such, this provides facilities with further insight into product quality or safety issues, as well as the ability to rapidly detect them. Changes to compressors, pumps, pipes, cables, etc. can be understood in real time and in advance, rather than manually.
Play Video
Intelligent Inspection System
Can also be used as a payload for inspection, including UAV, robot, car or other mobile unit, Realizingmore intelligent inspection and monitoring applications.
Online Monitoring System
Fix CRY2623M acoustic imaging module in certain key areas, and achieve a full range of 7X24 hour fault monitor and alarm. Give you real-time, accurate information about the status of your equipment and instant notification of equipment failures.
Usage Scenarios
Priority areas containing dangerous gases. Key areas with a high probability of fault in complex pipelines. Key areas for testing that are difficult for inspectors to reach.
Features
- 128 digital MEMS microphones
- 24/7 Real-time monitoring
- Small size easy to install
- Find faults that cannot be found
- Factory automation product inspection & Alarms
Technical specification
| Acoustic Specification | - |
|---|---|
|
Microphone Array |
128-channel MEMS Microphone
|
|
Effective Test Bandwidth |
2kHz-48kHz |
|
Dynamic Range |
0.5dB-12dB user adjustable |
|
Test Sound Pressure Level Range |
25.7dBA-132.5dBA |
|
Auto max/min dB gain |
User-settable, minimum test bandwidth 1kHz |
|
Number of Digits |
24bit |
|
Sound Image FOV |
62° |
|
Sound Image Frame Rate |
At least 25 FPS |
|
Leak Detection Rate |
10m 5bar 0.92ml/s 0.5m 5bar 0.55ml/s |
|
Detect Distances |
0.3m-120m |
| Camera | - |
|---|---|
|
Camera FOV |
62° |
|
Camera Focal Length |
3.04mm fixed focal length |
|
Camera Pixel |
8 million pixel |
| Display | - |
|---|---|
|
Resolution |
1024*600(614,400 pixels) |
|
Size |
7 inch |
|
Touchscreen |
Capacitive touch screen |
|
Brightness |
Adjustable |
|
Photo Notes |
Up to 5 photos notes for reference |
|
Source |
Show single or multiple sources |
|
Standard Palettes |
Grayscale, Ironbow, Blue-red |
|
Playback Function |
View photos, videos anytime, and add notes or tags |
| Storage | - |
|---|---|
|
Internal Storage |
About 8G |
|
External Storage |
TF memory card, at least 64G, expandable to 256G |
|
Data Storage Format |
jpg (Picture), mp4(Video), wav(Audio) |
|
Video Length |
5 minutes |
|
Digital Export |
TF card |
| Power | - |
|---|---|
|
Battery Capacity |
1X6600mAH@7.2V rechargeable battery 1Xexternal battery package, continuous |
|
Battery Life |
4_6 hours operation time |
|
Charger |
USB Type-C port USB PD protocal supported, 15W |
|
Power Consumption |
15W for battery charge 29W for maxium power consumption |
|
Energy Managment |
Sleep/Auto power off modes |
| Interface | - |
|---|---|
|
USB3.0 Type-C USB host port
|
|
|
3.5mm headphone socket
|
|
| Operating Environment | - |
|---|---|
|
Operating Environment |
-20℃~+50℃ 10%-95% no condensation |
|
Storage Temperature |
-20℃~+60℃ |
|
Charging Temperature |
10℃~+45℃ |
| General Specification | - |
|---|---|
|
Ingress Protection (IP) |
IP54 |
|
Size |
272mm x 174mm x 42mm |
|
Weight |
1.7kg |
|
Warranty |
2 years |
|
Self-Diagnostic Notification |
Array-health test function to identify when microphone array needs attention |
|
System |
Linux system |
|
Certification |
CE, FCC, RoHS-compliant, MSDS, CNEX, ATEX (under qualification) |
| Supported Language | - |
|---|---|
|
English, French, Chinese, German, Italian, Japanese, Korean, Norwegian, Polish, Portuguese, Russian, Spanish, Swedish |
|
| Software | - |
|---|---|
|
Report Types |
Gas/Electricity, ISO 50001-compliant |
|
Analysis |
Waveform, Spectrum, Spectrogram, leakage assessment, discharge type discrimination |
CRY2620 Industrial Acoustic Imager (Basic Version)
The CRYSOUND CRY2620 Industrial Acoustic Imager is easy to operate and can be used quickly. The device adopts an aluminum alloy shell, which is sturdy and durable and can adapt to complex and changeable working environments. Real-time sound image display, helping the detection of pressurized or vacuum leaks significantly faster compared to other previous methods.
The device supports camera mode, video mode, and flexible on-site data recording. The large-capacity TF data storage card can be expanded, and the test results can be quickly exported and reported. It can help enterprises to reduce losses caused by gas leakage, partial discharge, and other accidents.
CRY2620 only needs to adjust the two parameters of the test frequency range and the test dynamic range to meet the vast majority of test requirements.
Play Video
Leakage Assessment
By activating the leak measurement function, the camera continuously displays the amount of leaks and losses as well as the level of loss.
Analytics and Reports
Template-based processing and recording of data, waveforms, spectra, spectrograms is supported by CRYSOUND report analysis tool software, generating ISO 50001 compliant, editable protocols in Excel format.
High-Performance Microphones for Efficient Detection
The 64 digital MEMS microphones have an extremely high performance in detection accuracy, sensitivity and acoustic resolution.In addition, CRY2620 has the function of real-time audio-visual display and anti-interference, helping factories to achieve predictive inspection and maintenance.
Technical specification
|
Acoustic Specification |
CRY2620 |
CRY2623 |
CRY2624 |
|---|---|---|---|
|
Microphone Array |
64 channels MEMS microphone |
128 channels MEMS microphones |
|
|
Effective Test Bandwidth |
2kHz~40kHz |
2kHz~48kHz |
|
|
Dynamic Range |
0.5dB~12dB user adjustable |
||
|
Test Sound Pressure Level Range |
28~120dBA |
25.7~132.5dBA |
|
|
Threshold Values |
-40dB~100dB |
||
|
Number of Digits |
24 Bit |
||
|
Sound image FOV
|
62º
|
||
|
Sound Image Frame Rate |
At Least 25 FPS
|
||
|
Leak Detection Rate |
10m 5bar 2.4ml/s 0.5m 5bar 1.2ml/s |
10m 5bar 0.92ml/s 0.5m 5bar 0.55ml/s
0.5m 0.14bar 1.6ml/ |
|
|
Detect Distances
|
0.5m~70m
|
0.3m~120m
|
|
|
General Specification |
|||
|---|---|---|---|
|
Ingress protection (IP)
|
IP54
|
||
|
Size
|
272mm x 174mm x 42mm
|
||
|
Weight
|
1.7kg
|
||
|
Warranty
|
2 years
|
||
|
Self-Diagnostic Notification
|
Array-health test function to identify when microphone array needs attention
|
||
|
System
|
Linux system
|
||
|
Certificate
|
CE, FCC, RoHS-Compliant |
CE, FCC, RoHS-Compliant, MSDS |
ATEX, CE, FCC, RoHS-Compliant, MSDS |
|
Power |
|||
|---|---|---|---|
|
Battery capacity
|
1 x 6600mAH@7.2V Rechargeable battery (Support external battery)
|
||
|
Battery Life
|
4.5 hours operation time
|
4+6 hours operation time
|
|
|
Charger
|
USB Type-C port, USB PD protocal supported, 15W
|
||
|
Power Consumption
|
15W for battery charge, 29W for maximum power comsumption
|
||
|
Energy Management
|
Sleep / Auto power off modes
|
||
|
System
|
Linux system
|
||
|
Certificate
|
CE, FCC, RoHS-Compliant |
CE, FCC, RoHS-Compliant, MSDS |
ATEX, CE, FCC, RoHS-Compliant, MSDS |
|
Display |
|||
|---|---|---|---|
|
Resolution
|
1024*600(614,400 pixels)
|
||
|
Size
|
7 inch
|
||
|
Touch Screen
|
Capacitive touch screen
|
||
|
Brightness
|
Adjustable
|
||
|
Photo Notes
|
Up to 5 photos notes for reference
|
||
|
Source
|
Show single or multiple sources
|
||
|
Standard Palettes
|
Grayscale, Ironbow, Blue-red
|
||
|
Playback Function |
View Photos & Videos anytime Add Notes Or Tags
|
||
|
Storage |
|||
|---|---|---|---|
|
Internal Storage
|
8G
|
||
|
External Storage
|
TF memory card, 64G,
expandable to 256G
|
||
|
Data Storage Format
|
JPG(Picture) MP4(Video) WAV(Audio)
|
||
|
Video Length
|
5 minutes
|
||
|
Digital Export
|
TF Card
|
||
|
Camera |
|||
|---|---|---|---|
|
Camera FOV
|
62°
|
||
|
Camera Focal Length
|
3.04mm fixed focal length
|
||
|
Camera Pixel
|
8 million pixel
|
||
|
Interface |
|||
|---|---|---|---|
|
|
USB 3.0 Type-C USB host port
|
||
|
|
3.5mm headphone socket
|
||
|
Operating Environment |
|||
|---|---|---|---|
|
Operating Environment
|
-20℃ ~ 50℃
|
||
|
Storage Temperature
|
-20℃ ~ 60℃
|
||
|
Charging Temperature
|
10℃ ~ 45℃
|
||
|
Supported Language |
|||
|---|---|---|---|
|
|
English, French, Chinese, German, Italian, Japanese, Korean,
Norwegian, Polish, Portuguese, Russian, Spanish, Swedish, etc.
|
||
Download Our Brochures
CRY2623 Industrial Acoustic Imager (Superior Version)
CRY2623 is a hand-held industrial acoustics imager that supports ultrasonic frequency band. The instrument uses the microphone array beamforming technology to acquire the sound source distribution data, and collects the video images in real time with the high-definition camera. By integrating the sound source distribution data with the video image, the changing sound source is dynamically presented on the display screen.
CRY2623 Industrial Acoustic Imager helps you quickly detect possible air, gas and vacuum leakage faults in noisy industrial environments. An electrical device with a partial discharge fault is found in the power system. The industrial acoustics imager is made of aluminum alloy shell, which is strong and durable and can adapt to the complex and changeable working environment.
CRY2623 is especially for our overseas customers with English/Korean/French user interface. It features both Partial Discharge and Gas Leakage detection function,and can show partial discharge type, estimation of gas leakage and loss value.
Play Video
Features
- The equipment is simple and convenient to operate, and can be used quickly. It only needs to adjust two parameters, the test frequency range and test dynamic range to meet the vast majority of test requirements.
- Support camera mode, video mode,and the data recording on the job site is flexible.
- Large capacity TF data memory card can be expanded also test results can be exported and reported quickly.
- Support leak assessment function to evaluate the leak level and leak volume.
- It features PC-based Report Generation Software, just one click to export test reports.
- Support ultrasonic monitoring.
- High efficiency, instant imaging, rapid positioning of fault points in the screen.
PD Detection & PD Type Identification
Partial discharges can be detected before more serious faults occur, even before a thermal camera detects them.
Gas Leakage Detection
When a leak or vacuum leak occurs in any pressurized gas, turbulence is created by the gas flow, and the turbulence emits acoustic energy, which covers the audible domain and the ultrasonic frequency band.In the general environment, noisy ambient noise can very easily mask the acoustic signal in the audible domain. So through the CRY2623 imager to detect the possible ultrasonic frequency band sound source in the environment, you can quickly locate the location of the gas leakage.
Airtightness Test
Most of the existing equipment airtightness testing programs are based on pressure-holding, water immersion and soap water, they are extremely inefficient.Acoustic imaging gas tightness test method, using the ultrasonic microphone and acoustic imager combination, the ultrasonic microphone is placed in the object to be tested.
If there is a leak, its internal ultrasonic source emitted through the leak hole to the outside and thus accurately captured by the acoustic imager.This method is very efficient and does not cause damage to the object to be measured.
Abnormal Noise Locating
CRY2623 acoustic imager can help you quickly locate defects such as: valve rattling, abnormal structural vibration and other noise type of fault, to help you better monitor the status of equipment and control product quality.
Downloads
Resource Links
CRY2624 Industrial Acoustic Imager (ATEX Version)
CRY2624 Industrial Acoustic Imager is suitable for use in explosion-proof scenarios in chemical and energy industry.
The device adopts the aluminum alloy shell, which is sturdy and durable, and can adapt to the complex and changeable working environment.
Real-time sound image display, helping the detection of pressurized or vacuum leaks significantly faster compared to other previous methods.
Play Video
High-Performance Microphones for Efficient Detection With ATEX Certification
128 digital MEMS microphones can provide exceptionally high sensitivity, sound resolution and detection accuracy, real-time audio-visual display, anti-jamming, help detection.
Leakage Assessment
By activating the leak measurement function, the camera continuously displays the amount of leaks and losses as well as the level of loss.
PD Detection & PD Type Identification
Partial discharges can be detected before more serious faults would occur, even before a thermal camera would detect them.
Analytics and Reports
Template-based processing and recording of data, waveforms,spectra,spectrograms is supported by CRYSOUND report analysis tool software, generating ISO 50001 compliant, editable protocols in Excel format.
Downloads
Resource Links
Resource Links
CRY2623M Fixed Acoustic Imager
The Fixed Acoustic Imager uses microphone array beamforming technology to obtain sound source distribution data, and cooperates with high-definition cameras to capture video images in real time.
It can help users realize remote monitoring system based onlocal network (LAN, etc.), wide area network (WAN, ADSL, 4G and private network, etc.), and help users realize industrial digital transformation, and support remote real-time monitoring of video images.
As such, this provides facilities with further insight into product quality or safety issues, as well as the ability to rapidly detect them. Changes to compressors, pumps, pipes, cables, etc. can be understood in real time and in advance, rather than manually.
Play Video
Intelligent Inspection System
Can also be used as a payload for inspection, including UAV, robot, car or other mobile unit, Realizingmore intelligent inspection and monitoring applications.
Online Monitoring System
Fix CRY2623M acoustic imaging module in certain key areas, and achieve a full range of 7X24 hour fault monitor and alarm. Give you real-time, accurate information about the status of your equipment and instant notification of equipment failures.
Usage Scenarios
Priority areas containing dangerous gases. Key areas with a high probability of fault in complex pipelines. Key areas for testing that are difficult for inspectors to reach.
Features
- 128 digital MEMS microphones
- 24/7 Real-time monitoring
- Small size easy to install
- Early detection of equipment problems
- Find faults that cannot be found
- Factory automation product inspection & Alarms
Downloads
Resource Links
Resource Links
Technical specification
| Acoustic Specification | - |
|---|---|
|
Microphone Array |
128-channel MEMS Microphone
|
|
Effective Test Bandwidth |
2kHz-48kHz |
|
Dynamic Range |
0.5dB-12dB user adjustable |
|
Test Sound Pressure Level Range |
25.7dBA-132.5dBA |
|
Auto max/min dB gain |
User-settable, minimum test bandwidth 1kHz |
|
Number of Digits |
24bit |
|
Sound Image FOV |
62° |
|
Sound Image Frame Rate |
At least 25 FPS |
|
Leak Detection Rate |
10m 5bar 0.92ml/s 0.5m 5bar 0.55ml/s |
|
Detect Distances |
0.3m-120m |
| Camera | - |
|---|---|
|
Camera FOV |
62° |
|
Camera Focal Length |
3.04mm fixed focal length |
|
Camera Pixel |
8 million pixel |
| Display | - |
|---|---|
|
Resolution |
1024*600(614,400 pixels) |
|
Size |
7 inch |
|
Touchscreen |
Capacitive touch screen |
|
Brightness |
Adjustable |
|
Photo Notes |
Up to 5 photos notes for reference |
|
Source |
Show single or multiple sources |
|
Standard Palettes |
Grayscale, Ironbow, Blue-red |
|
Playback Function |
View photos, videos anytime, and add notes or tags |
| Storage | - |
|---|---|
|
Internal Storage |
About 8G |
|
External Storage |
TF memory card, at least 64G, expandable to 256G |
|
Data Storage Format |
jpg (Picture), mp4(Video), wav(Audio) |
|
Video Length |
5 minutes |
|
Digital Export |
TF card |
| Power | - |
|---|---|
|
Battery Capacity |
1X6600mAH@7.2V rechargeable battery 1Xexternal battery package, continuous |
|
Battery Life |
4_6 hours operation time |
|
Charger |
USB Type-C port USB PD protocal supported, 15W |
|
Power Consumption |
15W for battery charge 29W for maxium power consumption |
|
Energy Managment |
Sleep/Auto power off modes |
| Interface | - |
|---|---|
|
USB3.0 Type-C USB host port
|
|
|
3.5mm headphone socket
|
|
| Operating Environment | - |
|---|---|
|
Operating Environment |
-20℃~+50℃ 10%-95% no condensation |
|
Storage Temperature |
-20℃~+60℃ |
|
Charging Temperature |
10℃~+45℃ |
| General Specification | - |
|---|---|
|
Ingress Protection (IP) |
IP54 |
|
Size |
272mm x 174mm x 42mm |
|
Weight |
1.7kg |
|
Warranty |
2 years |
|
Self-Diagnostic Notification |
Array-health test function to identify when microphone array needs attention |
|
System |
Linux system |
|
Certification |
CE, FCC, RoHS-compliant, MSDS, CNEX, ATEX (under qualification) |
| Supported Language | - |
|---|---|
|
English, French, Chinese, German, Italian, Japanese, Korean, Norwegian, Polish, Portuguese, Russian, Spanish, Swedish |
|
| Software | - |
|---|---|
|
Report Types |
Gas/Electricity, ISO 50001-compliant |
|
Analysis |
Waveform, Spectrum, Spectrogram, leakage assessment, discharge type discrimination |
CRY2620 Industrial Acoustic Imager (Basic Version)
The CRYSOUND CRY2620 Industrial Acoustic Imager is easy to operate and can be used quickly. The device adopts an aluminum alloy shell, which is sturdy and durable and can adapt to complex and changeable working environments. Real-time sound image display, helping the detection of pressurized or vacuum leaks significantly faster compared to other previous methods.
CRY2620 only needs to adjust the two parameters of the test frequency range and the test dynamic range to meet the vast majority of test requirements.
The device supports camera mode, video mode, and flexible on-site data recording. The large-capacity TF data storage card can be expanded, and the test results can be quickly exported and reported. It can help enterprises to reduce losses caused by gas leakage, partial discharge, and other accidents.
Leakage Assessment
By activating the leak measurement function, the camera continuously displays the amount of leaks and losses as well as the level of loss.
Analytics and Reports
Template-based processing and recording of data, waveforms, spectra, spectrograms is supported by CRYSOUND report analysis tool software, generating ISO 50001 compliant, editable protocols in Excel format.
High-Performance Microphones for Efficient Detection
The 64 digital MEMS microphones have an extremely high performance in detection accuracy, sensitivity and acoustic resolution.In addition, CRY2620 has the function of real-time audio-visual display and anti-interference, helping factories to achieve predictive inspection and maintenance.
Download Our Brochures
Download Our Brochures
CRY2623 Industrial Acoustic Imager (Superior Version)
CRY2623 is a hand-held industrial acoustics imager that supports ultrasonic frequency band. The instrument uses the microphone array beamforming technology to acquire the sound source distribution data, and collects the video images in real time with the high-definition camera. By integrating the sound source distribution data with the video image, the changing sound source is dynamically presented on the display screen.
CRY2623 Industrial Acoustic Imager helps you quickly detect possible air, gas and vacuum leakage faults in noisy industrial environments. An electrical device with a partial discharge fault is found in the power system. The industrial acoustics imager is made of aluminum alloy shell, which is strong and durable and can adapt to the complex and changeable working environment.
CRY2623 is especially for our overseas customers with English/Korean/French user interface. It features both Partial Discharge and Gas Leakage detection function,and can show partial discharge type, estimation of gas leakage and loss value.
Play Video
Features
- The equipment is simple and convenient to operate, and can be used quickly. It only needs to adjust two parameters, the test frequency range and test dynamic range to meet the vast majority of test requirements.
- Support camera mode, video mode,and the data recording on the job site is flexible.
- Large capacity TF data memory card can be expanded also test results can be exported and reported quickly.
- Support leak assessment function to evaluate the leak level and leak volume.
- It features PC-based Report Generation Software, just one click to export test reports.
- Support ultrasonic monitoring.
- High efficiency, instant imaging, rapid positioning of fault points in the screen.
PD Detection & PD Type Identification
Partial discharges can be detected before more serious faults occur, even before a thermal camera detects them.
Gas Leakage Detection
When a leak or vacuum leak occurs in any pressurized gas, turbulence is created by the gas flow, and the turbulence emits acoustic energy, which covers the audible domain and the ultrasonic frequency band.In the general environment, noisy ambient noise can very easily mask the acoustic signal in the audible domain. So through the CRY2623 imager to detect the possible ultrasonic frequency band sound source in the environment, you can quickly locate the location of the gas leakage.
Airtightness Test
Most of the existing equipment airtightness testing programs are based on pressure-holding, water immersion and soap water, they are extremely inefficient.Acoustic imaging gas tightness test method, using the ultrasonic microphone and acoustic imager combination, the ultrasonic microphone is placed in the object to be tested.
If there is a leak, its internal ultrasonic source emitted through the leak hole to the outside and thus accurately captured by the acoustic imager.This method is very efficient and does not cause damage to the object to be measured.
Abnormal Noise Locating
CRY2623 acoustic imager can help you quickly locate defects such as: valve rattling, abnormal structural vibration and other noise type of fault, to help you better monitor the status of equipment and control product quality.
Downloads
Resource Links
CRY2624 Industrial Acoustic Imager (ATEX Version)
CRY2624 Industrial Acoustic Imager is suitable for use in explosion-proof scenarios in chemical and energy industry.
The device adopts the aluminum alloy shell, which is sturdy and durable, and can adapt to the complex and changeable working environment.
Real-time sound image display, helping the detection of pressurized or vacuum leaks significantly faster compared to other previous methods.
Play Video
High-Performance Microphones for Efficient Detection With ATEX Certification
128 digital MEMS microphones can provide exceptionally high sensitivity, sound resolution and detection accuracy, real-time audio-visual display, anti-jamming, help detection.
Leakage Assessment
By activating the leak measurement function, the camera continuously displays the amount of leaks and losses as well as the level of loss.
PD Detection & PD Type Identification
Partial discharges can be detected before more serious faults would occur, even before a thermal camera would detect them.
Analytics and Reports
Template-based processing and recording of data, waveforms,spectra,spectrograms is supported by CRYSOUND report analysis tool software, generating ISO 50001 compliant, editable protocols in Excel format.
Downloads
Resource Links
Resource Links
CRY2623M Fixed Acoustic Imager
The Fixed Acoustic Imager uses microphone array beamforming technology to obtain sound source distribution data, and cooperates with high-definition cameras to capture video images in real time.
It can help users realize remote monitoring system based onlocal network (LAN, etc.), wide area network (WAN, ADSL, 4G and private network, etc.), and help users realize industrial digital transformation, and support remote real-time monitoring of video images.
As such, this provides facilities with further insight into product quality or safety issues, as well as the ability to rapidly detect them. Changes to compressors, pumps, pipes, cables, etc. can be understood in real time and in advance, rather than manually.
Play Video
Intelligent Inspection System
Can also be used as a payload for inspection, including UAV, robot, car or other mobile unit, Realizingmore intelligent inspection and monitoring applications.
Online Monitoring System
Fix CRY2623M acoustic imaging module in certain key areas, and achieve a full range of 7X24 hour fault monitor and alarm. Give you real-time, accurate information about the status of your equipment and instant notification of equipment failures.
Usage Scenarios
Priority areas containing dangerous gases. Key areas with a high probability of fault in complex pipelines. Key areas for testing that are difficult for inspectors to reach.
Features
- 128 digital MEMS microphones
- 24/7 Real-time monitoring
- Small size easy to install
- Early detection of equipment problems
- Find faults that cannot be found
- Factory automation product inspection & Alarms
Downloads
Resource Links
Resource Links
Technical specification
| Acoustic Specification | - |
|---|---|
|
Microphone Array |
128-channel MEMS Microphone
|
|
Effective Test Bandwidth |
2kHz-48kHz |
|
Dynamic Range |
0.5dB-12dB user adjustable |
|
Test Sound Pressure Level Range |
25.7dBA-132.5dBA |
|
Auto max/min dB gain |
User-settable, minimum test bandwidth 1kHz |
|
Number of Digits |
24bit |
|
Sound Image FOV |
62° |
|
Sound Image Frame Rate |
At least 25 FPS |
|
Leak Detection Rate |
10m 5bar 0.92ml/s 0.5m 5bar 0.55ml/s |
|
Detect Distances |
0.3m-120m |
| Camera | - |
|---|---|
|
Camera FOV |
62° |
|
Camera Focal Length |
3.04mm fixed focal length |
|
Camera Pixel |
8 million pixel |
| Display | - |
|---|---|
|
Resolution |
1024*600(614,400 pixels) |
|
Size |
7 inch |
|
Touchscreen |
Capacitive touch screen |
|
Brightness |
Adjustable |
|
Photo Notes |
Up to 5 photos notes for reference |
|
Source |
Show single or multiple sources |
|
Standard Palettes |
Grayscale, Ironbow, Blue-red |
|
Playback Function |
View photos, videos anytime, and add notes or tags |
| Storage | - |
|---|---|
|
Internal Storage |
About 8G |
|
External Storage |
TF memory card, at least 64G, expandable to 256G |
|
Data Storage Format |
jpg (Picture), mp4(Video), wav(Audio) |
|
Video Length |
5 minutes |
|
Digital Export |
TF card |
| Power | - |
|---|---|
|
Battery Capacity |
1X6600mAH@7.2V rechargeable battery 1Xexternal battery package, continuous |
|
Battery Life |
4_6 hours operation time |
|
Charger |
USB Type-C port USB PD protocal supported, 15W |
|
Power Consumption |
15W for battery charge 29W for maxium power consumption |
|
Energy Managment |
Sleep/Auto power off modes |
| Interface | - |
|---|---|
|
USB3.0 Type-C USB host port
|
|
|
3.5mm headphone socket
|
|
| Operating Environment | - |
|---|---|
|
Operating Environment |
-20℃~+50℃ 10%-95% no condensation |
|
Storage Temperature |
-20℃~+60℃ |
|
Charging Temperature |
10℃~+45℃ |
| General Specification | - |
|---|---|
|
Ingress Protection (IP) |
IP54 |
|
Size |
272mm x 174mm x 42mm |
|
Weight |
1.7kg |
|
Warranty |
2 years |
|
Self-Diagnostic Notification |
Array-health test function to identify when microphone array needs attention |
|
System |
Linux system |
|
Certification |
CE, FCC, RoHS-compliant, MSDS, CNEX, ATEX (under qualification) |
| Supported Language | - |
|---|---|
|
English, French, Chinese, German, Italian, Japanese, Korean, Norwegian, Polish, Portuguese, Russian, Spanish, Swedish |
|
| Software | - |
|---|---|
|
Report Types |
Gas/Electricity, ISO 50001-compliant |
|
Analysis |
Waveform, Spectrum, Spectrogram, leakage assessment, discharge type discrimination |
CRY2620 Industrial Acoustic Imager (Basic Version)
The CRYSOUND CRY2620 Industrial Acoustic Imager is easy to operate and can be used quickly. The device adopts an aluminum alloy shell, which is sturdy and durable and can adapt to complex and changeable working environments. Real-time sound image display, helping the detection of pressurized or vacuum leaks significantly faster compared to other previous methods.
CRY2620 only needs to adjust the two parameters of the test frequency range and the test dynamic range to meet the vast majority of test requirements.
The device supports camera mode, video mode, and flexible on-site data recording. The large-capacity TF data storage card can be expanded, and the test results can be quickly exported and reported. It can help enterprises to reduce losses caused by gas leakage, partial discharge, and other accidents.
Leakage Assessment
By activating the leak measurement function, the camera continuously displays the amount of leaks and losses as well as the level of loss.
Analytics and Reports
Template-based processing and recording of data, waveforms, spectra, spectrograms is supported by CRYSOUND report analysis tool software, generating ISO 50001 compliant, editable protocols in Excel format.
High-Performance Microphones for Efficient Detection
The 64 digital MEMS microphones have an extremely high performance in detection accuracy, sensitivity and acoustic resolution.In addition, CRY2620 has the function of real-time audio-visual display and anti-interference, helping factories to achieve predictive inspection and maintenance.
Download Our Brochures
Download Our Brochures
Play Video